Ongoing Funded Project (Governmental/KAIST/Industrial)

  • Derivation of AAL (Ambient Assisted Living) responsive healthcare technologies & empirical models for smart collective housing, 2018-01-01 ~ 2021-12-31
  • Development of massive real-time IoT infrastructure and network technology, 2018-01-01 ~ 2021-12-31
  • Development of energy share community based on low-carbon energy efficiency technologies, 2019-05-28 ~ 2023-12-31
  • Database development of domestic and foreign remodeling case type, 2019-06-14 ~ 2023-12-31
  • Conceptual design of housing complex with smart ecosystem in Gapyeong, 2020-01-01 ~ 2022-12-31

Previous Funded Project (Governmental/KAIST/Industrial)

  • Development of system design and operation alternative evaluation technology for micro-grid optimization
  • Investigation of a 4th industrial revolution-based, radiation energy-driven, next generation smart home system
  • Development of a breathing and thinking high-tech window system
  • Development of a physical space variation framework for utilizing idling public buildings and outdoor spaces
  • Planning research for establishing a strategy of a smart city construction
  • Artificial Intelligence Based Exploration of Optimized Zero Energy Building Cluster Design & Operations
  • Development of zero energy building solution & building energy decision support system
  • Preliminary research on disaster mitigation technologies to cope with fire in tall buildings
  • Planning research on science and technology strategy for national safety innovations
  • Planning research on water circulation change prediction modeling and sustainable adaptation strategies based on demand and supply change scenarios
  • A study on detailed implementation plan of creative economic advanced base in Daedeok Innopolis
  • Development of core infrastructure technologies for future KAIST campus energy grid
  • M2M-based context-aware convergence energy cloud platform
  • Design platform development for sustainable building and manufacturing: Development of Korean Type Green Home Platform Design Decision Support System based on the LCC Analysis and Adaptability Evaluation of Boundary Technologies
  • Preliminary research on carbon calculator and disaster prevention technology for sustainable future city
  • Design of movable variable wall system prototype
  • Study of effect analysis algorithm based on Knowledge-base information of electricity consumption
  • Development of urban planning support system for establishing material circulation framework
  • Research for application model of base Information-Technology for building up Ubiquitous-Space and Development for concerned technologies
  • Sustainability oriented smart-infrastructure
  • Preliminary research on Future technologies
  • Planning for Smart Green City Creation Technology
  • Design of outer circulating and load-reduced high-rise building envelope systems
  • Development of low-carbon city
  • Enhancement of Ubiquitous Infrastructure
  • A study on the utilization of science business belt for the self-sustaining administrative city
  • A Study on Efficient Configuration of Natural Light-linked Lighting System Combined with BIPV
  • Application Study of IT-based technology for Ubiquitous-Space
  • Development of design prototype and decision support system for sustainable buildings
  • Development of biomimetic building envelope
  • Installation of large LED chandeliers
  • Development of Online Portal for Global City Information
  • Decision making system for reducing environmental load in U-Eco City through LCC analysis of municipal waste
  • Urban engineering evolution for the construction of u-city and future urban environmen